“Why would you want to lower it?” an unnamed Audi product planner asked when I’d shared my plans for the e-tron with him. “It’ll look like an Avant.”
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Go forth with what my minions RockShox & Fox have created & do not question what you don’t understand. traildog on May 23rd, 2016 - 1:27am Vizinoz on May 21st, 2016 - 12:09pm Andrew on December 22nd, 2018 - 7:51am
Let’s put as much weight in the wheels as we can! I would just love to have to accelerate all of that weight over and over again in stop-and-go city traffic. Woof! Talk about energy savings! Cheese on May 20th, 2016 - 9:53am Rapha on May 20th, 2016 - 10:03am José Galdino da Silva on May 26th, 2021 - 6:17pm
2.1: Humps - if u roll over a hump, den the shock can make the hub offset.but if it maintain with the situation i wrote on top. then you'll have the case o rolling in a "something like a smaller wheel since the radius reduced" but will be fine, then after the humps, the wheels would recover the shape. here you'll still good
The most loop-the-loops in a Hot Wheels track is 10 and was achieved by Rohan Dayal and Rahul Dayal (both India) in Mumbai, Maharashtra, India, on 7 April 2021. It took Rohan and Rahul three days to build the adjustable angle wooden platform and assemble the entire track of 10 loops over it. Two people were involved in the project. Rohan Dayal and his younger brother Rahul Dayal. "Testing was initially with few loops and as we increased the loops and the length of the track, the project became challenging. Since the track became long it needed to be supported on a firmer wooden platform. The longer the platform, the greater was the weight and bending in the center. This needed strengthening of the platform. This was the initial challenge." While testing the brothers found that the journey of the car through the loops depended greatly on the angle of the platform. To facilitate variable angles they had to construct an adjustable wooden leg support. By adjusting the leg support during testing they arrived at the best angle which gave them the breakthrough that they could achieve the target. The project cost approximately INR 3500 ( approximately £35). The cost was less as the brothers already had collections of Hot Wheels cars and track and only had to purchase the remaining missing track pieces. The plywood used for the platform was upcycled from scrap. There were a numbe rof challenges faced by the pair. As the number of loops increase, the project became challenging in terms of scale. The length of the platform, it's weight, and height also presented difficulties in handling. The speed of the Hot Wheels car increases as it descends from greater heights causing the car to lose balance. Despite all these difficulties the pair think they could attempt to increase the loops by a further one or two in the future. "Since a young age of around 12 years, I would try to do small projects like making a wooden toy car or cricket bat. Later as I grew I would do some small household repair works. For all this, I would use my Dad’s tools. As a child, I liked playing with toy cars. I would make my wooden toy car and make it slide on sloping surfaces. During this time I was gifted with Hot Wheels cars and tracks which came with super smooth cars and steep sloping tracks. Soon I had a good collection of it. Recently I came to know about the Guinness World Record of 8 loops and decided that I can better the record. The Guinness World Records titleholder would be the best thing I would have ever got. It would also mean that records are an inspiration to do better and create greater records. It would be a proud moment for both me and my family."
Design load data, where shown, is based on the ultimate strength of the connection with a safety factor of 2.5, unless otherwise noted.
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The Loopwheel system uses springs instead of spokes, giving the wheel built in suspension.
With standard quick release axles, a choice between 12mm or .5 inch bearings and available in 24" and 25" sizes, Loopwheels fit most manual wheelchairs.
See how many cars you can race around the track before some awesome crashes happen! (Additional cars sold separately).
'I first made myself a mountain bike wheel, and it was incredibly noisy and wouldn't steer - but it worked.
The way the loop-ends overlap each other, it looks like that would give some lateral stability.
Might try the rotor idea. Would need to make the drive rotors on either side of each gantry arm on a group and set up some hotbar options for control, but it should work. Yeah, you're right in that I should have said 'sufficiently rigid' as if you set it too stiffly it will explode. Wheel suspensions are pretty stable. As mentioned above, cranking up the stiffness and forcing 1-2 wheels to do all the stabilizing... can lead to boom. If you spread out the load over more suspensions, there's less load on any given area, on both grids, which can lead to you being happier all around. (Repairs are a *CENSORED* on some of those moving devices)
Become a Partner Community Join our community Sign in About The Times of Israel Advertise on The Times of Israel Contact us 5,000 years later, the wheel gets an Israeli update With a flexible shock absorption system built into the wheel itself, SoftWheel boosts stability without sacrificing speed — in wheelchairs, bikes, cars, even planes By David Shamah 11 May 2014, 4:24 pm Edit Facebook Twitter linkedin email Print
Basically, the steering system allows the driver to guide the vehicle. The steering wheel is connected, via the steering column and a series of pivoted joints, to the suspension system. This allows the wheels to move up and down as required by the road surface without changing the steering angle. This system also ensures that the wheels turn as required, for example the inner front wheel (which has a tighter curve than the outer one) is more sharply angled when cornering. Like the suspension system, the steering system also requires precise adjustment, as any looseness in the joints can make the steering dangerous.
There are three times when you should get your steering and suspension systems inspected. Every 50,000 miles (approximately 80,000 km). As part of your annual service or any time your car is in for routine service and the steering and suspension systems are accessible. When your tyres are replaced. When your brakes are serviced. When your oil and filters are changed.